The dye sublimation paper technology
S-RACE dye sublimation paper - featuring groundbreaking and advanced technology
S-RACE® is in a league of its own due to the groundbreaking high-tech coating. The thick coating of the sublimation paper has a microporous structure and – together with the specially engineered base paper – functions as the perfect receiver of printed sublimation ink. This unique composition, with a high air permeability, provides the heat transfer paper with the ability to absorb and store the sublimation ink, like a sponge, very quickly and precisely. The sublimation ink is then released exactly in the position it has been printed by the sublimation printer – for perfect line sharpness and detailed reproduction.
Conventional dye sublimation papers have a swellable coating technology. Swellable coatings are thinner with reduced air permeability. The ink lies on top of the sublimation paper and makes the coating swell, resulting in stronger bleeding and significantly slower drying.
In comparison, with S-RACE® and its extremely fast drying properties, subsequent production steps can be immediately started after the sublimation transfer – for efficient processes and higher productivity.
Therefore we promise: S-RACE® is the next gerneration dye sub paper
The S-RACE microporous dye sublimation paper technology
How sublimation printing works in 3 simple steps
Printing
Print on the S-RACE® microporous color receiver layer with every standard water-based dye sublimation ink.
Ink absorption
The microporous color receiver layer quickly absorbs huge amounts of ink. This results in quickest drying of print enabling the user to start subsequent production steps immediately and reach high optical densities.
Ink release
During the transfer process, the stored ink in the S-RACE® coating is activated earlier by the applied heat compared to swellable coatings. This results in quicker transfer times. The ink is then released exactly in the position it has been printed - for perfect line sharpness and detailed reproduction.